Electronic tag component capable of realizing vertical and horizontal screen display by rotation and translation
The electronic tag component with rotation and translation capabilities addresses the limitations of conventional components by enabling flexible display switching, supporting high-density and personalized displays while being cost-effective and easy to manage.
Patent Information
- Application Number
- JP2025001622U
- Authority / Receiving Office
- JP · JP
- Patent Type
- Utility models
- Current Assignee / Owner
- Priority Date
- 2024-05-22
- Filing Date
- 2025-05-22
- Publication Date
- 2025-07-17
- Estimated Expiration
- 2035-05-22
AI Technical Summary
Conventional electronic tag components cannot switch between horizontal and vertical screens, necessitating individual replacement, which increases installation and management costs, and there is a need for a component that can rotate and translate to meet high-density and personalized display requirements in department stores.
An electronic tag component comprising an electronic tag mounting part, connection slide part, and multi-functional fitting part, allowing rotation and translation to switch between vertical and horizontal displays, with specific locking mechanisms for secure attachment and movement.
Enables flexible display direction change, supports high-density and personalized displays, has a stable structure, is cost-effective, and easy to manage, facilitating mass production.
Smart Images
Figure 0003252047000001_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the field of electronic tag technology, and more specifically, to an electronic tag component capable of realizing vertical and horizontal screen displays by rotation and translation.
Background Art
[0002] With the development of science and technology, electronic tags are being used more and more widely in department stores, supermarkets, etc., and the functions of corresponding electronic components are also becoming more and more diversified. In some areas, such as the makeup area, there is a need for products that are small in size, can be displayed in a high-density arrangement while also having a sales promotion display function. At this time, the space occupied by the horizontal screen display of the electronic tag is too much, and it is necessary to display the electronic tag in a vertical screen. There is enough space to simultaneously display functions such as price and sales promotion information on the electronic tag, or in the department store supermarket, it is necessary to personalize the vertical display of the electronic tag, and there is no suitable component in the market to meet this requirement. Since the structure of conventional electronic tag components is single, they cannot switch between horizontal and vertical screens. To achieve the switch, it is necessary to replace the components individually, which increases the costs of installation, management, etc. Therefore, an electronic tag display component that can rotate and translate to realize vertical and horizontal screen displays has been designed.
[0003] The electronic tag display component that can rotate and translate to realize vertical and horizontal screen displays can change the electronic tag from a horizontal screen display to a vertical screen display by rotating its electronic tag adapter plate, and can also adjust the display position of the electronic tag by translating up and down. The product structure is simple, the integrity is strong, the structure is stable, the feedback of the rotation and translation function is obvious, and its multi-functional fitting part can design different fitting solutions according to the scene, and the functions are diverse.
[0004] Therefore, proposing an electronic tag component capable of realizing vertical and horizontal screen displays by rotation and translation to solve the difficulties existing in the prior art is a problem that those skilled in the art must quickly solve.
Summary of the Invention
Problems to be Solved by the Invention
[0005] In view of this, the present invention provides an electronic tag component capable of realizing the display of vertical and horizontal screens by rotation and translation in order to solve the technical problems existing in the prior art.
Means for Solving the Problems
[0006] In order to achieve the above object, the present invention adopts the following technical solutions.
[0007] An electronic tag component capable of realizing the display of vertical and horizontal screens by rotation and translation includes an electronic tag mounting part, a connection slide part, and a multi-functional fitting part, and the electronic tag mounting part, the connection slide part, and the multi-functional fitting part are sequentially connected.
[0008] Optionally, the electronic tag mounting part, the connection slide part, and the multi-functional fitting part are obtained by an injection molding method.
[0009] Optionally, the electronic tag attachment part includes an electronic tag attachment part body, an electronic tag attachment locking claw, a first rotating chute, a second rotating chute, a rotation center locking groove, a first position regulating locking part, a second position regulating locking part, a third position regulating locking part, a fourth position regulating locking part, a first spherical positioning locking groove, a second spherical positioning locking groove, a third spherical positioning locking groove, a fourth spherical positioning locking groove, a spherical locking part chute, and a rotation locking claw through hole. Here, the electronic tag attachment locking claws are respectively provided at the top and bottom of the electronic tag attachment part body. The first rotating chute and the second rotating chute are symmetrically provided in the diagonal direction of the electronic tag attachment part body and are used to limit the rotation locus of the connection slide part. The first position regulating locking part and the third position regulating locking part are symmetrically provided at the top and bottom of the first rotating chute. The second position regulating locking part and the fourth position regulating locking part are symmetrically provided at the bottom and top of the second rotating chute. The first position regulating locking part, the third position regulating locking part, the second position regulating locking part, and the fourth position regulating locking part are used to fix the connection slide part. The rotation locking claw through hole is located inside the first rotating chute and the second rotating chute. The rotation center locking groove is provided at the center position of the electronic tag attachment part body and on the connection side of the connection slide part. The spherical locking part chute is located inside the rotation center locking groove. The first spherical positioning locking groove, the second spherical positioning locking groove, the third spherical positioning locking groove, and the fourth spherical positioning locking groove are evenly provided on the outer periphery of the spherical locking part chute.
[0010] Optionally, the connection slide part includes a connection slide part body, a first rotational locking claw, a second rotational locking claw, a rotational center locking claw, a first spherical locking part, a second spherical locking part, a third spherical locking part, a fourth spherical locking part, a first translational locking claw, a second translational locking claw, a first positioning locking claw, and a second positioning locking claw. Here, on the side connected to the mounting part of the connection slide part body, from top to bottom, the first rotational locking claw, the first spherical locking part, the rotational center locking claw, the second spherical locking part, and the second rotational locking claw are sequentially provided. On the side connected to the multifunctional adapter part of the connection slide part body, at a position parallel to the first rotational locking claw, the first positioning locking claw, the first translational locking claw, the third spherical locking part, the fourth spherical locking part, the second translational locking claw, and the second positioning locking claw are sequentially provided. The positions of the third spherical locking part and the fourth spherical locking part are respectively on both sides of the first rotational locking claw.
[0011] Optionally, both the first rotational locking claw and the second rotational locking claw include a rotational locking claw large end and a rotational locking claw small end.
[0012] Optionally, the multi-functional fitting part includes a multi-functional fitting part body, a fifth spherical positioning and locking groove, a sixth spherical positioning and locking groove, a seventh spherical positioning and locking groove, an eighth spherical positioning and locking groove, a first spherical translation locking part chute, a fifth position regulating and locking part, a sixth position regulating and locking part, a seventh position regulating and locking part, an eighth position regulating and locking part, a first translation chute, a second translation chute, a third translation chute, a fourth translation chute, a first translation locking claw through hole, a second translation locking claw through hole, and a second spherical translation locking part chute. Here, the multi-functional fitting part body is provided with the first translation chute, the third translation chute, the first translation locking claw through hole, the first spherical translation locking part chute, the second translation locking claw through hole, the second spherical translation locking part chute, the fourth translation chute, and the second translation chute in sequence from left to right. The fifth position regulating and locking part and the seventh position regulating and locking part are respectively provided at the top and bottom of the first translation locking claw through hole. The sixth position regulating and locking part and the eighth position regulating and locking part are respectively provided at the top and bottom of the second translation locking claw through hole. The fifth spherical positioning and locking groove and the seventh spherical positioning and locking groove are respectively provided at the top and bottom of the first spherical translation locking part chute. The sixth spherical positioning and locking groove and the eighth spherical positioning and locking groove are respectively provided at the top and bottom of the second spherical translation locking part chute.
[0013] Optionally, the installation process is specifically as follows.
[0014] First, rotate the electronic tag mounting part to a preset angle. The first rotation locking claw and the second rotation locking claw of the connection slide part are mounted on the electronic tag mounting part through the rotation locking claw through-hole. The first rotation locking claw and the second rotation locking claw are wide at the upper part and narrow at the lower part. The diameter of the rotation locking claw through-hole of the electronic tag mounting part is larger than that of the first rotation locking claw and the second rotation locking claw. The widths of the first rotation chute and the second rotation chute are larger than the small end of the rotation locking claw and at the same time smaller than the large end of the rotation locking claw, which limits and avoids the separation of the electronic tag mounting part and the connection slide part after installation. At the same time, the rotation center locking claw of the connection slide part generates elastic deformation under pressure and is locked in the rotation center locking groove of the electronic tag mounting part. At this time, the spherical locking part of the connection slide part is in the spherical locking part chute of the electronic tag mounting part. By rotating the electronic tag mounting part, the first spherical locking part and the second spherical locking part are locked in the first spherical positioning locking groove and the second spherical positioning locking groove of the electronic tag mounting part. At the same time, the first rotation locking claw and the second rotation locking claw of the connection slide part are locked in the first position regulating locking part and the second position regulating locking part of the electronic tag mounting part, and the installation of the electronic tag mounting part and the connection slide part is completed.
Advantages of the Invention
[0015] The first translation locking claw and the second translation locking claw of the connection slide part pass through the first translation locking claw through-hole and the second translation locking claw through-hole of the multifunctional fitting part. At the same time, the first positioning locking claw and the second positioning locking claw of the connection slide part are locked to the multifunctional fitting part by the first translation chute and the fourth translation chute of the multifunctional fitting part. At this time, the third spherical locking part and the fourth spherical locking part of the connection slide part fall into the first spherical translation locking part chute and the second spherical translation locking part chute of the multifunctional fitting part. By moving up and down, the first translation locking claw, the second translation locking claw, the third spherical locking part, and the fourth spherical locking part of the connection slide part are respectively locked in the fifth position regulating locking part, the sixth position regulating locking part, the fifth spherical positioning locking groove, and the sixth spherical positioning locking groove of the multifunctional fitting part, and the installation of the connection slide part and the multifunctional fitting part is completed.
[0016] As is apparent from the above technical solution, compared with the prior art, the present invention provides an electronic tag component capable of realizing the display of vertical and horizontal screens by rotation and translation, and its beneficial effects are as follows.
[0017] 1) The display direction of the electronic tag can be changed by rotation. In particular, the conversion between vertical screen and horizontal screen display can meet the needs of high-density display and personalized display in department stores.
[0018] 2) The display position of the electronic tag can be changed by moving the component up and down, which can meet the usage needs of the department store's supers.
[0019] 3) The multi-functional fitting part can meet the usage needs of different scenes and has strong product compatibility.
[0020] 4) The product has a simple, stable structure, rich functions, low cost, can be mass-produced on a large scale, and is easy to manage.
Brief Description of the Drawings
[0021]
Figure 1a
Figure 1b
Figure 2a
Figure 2b
Figure 3a
Figure 3b
Figure 4a
Figure 4b
Figure 5
Figure 6
Figure 7
Figure 8
Figure 9
Embodiments for Carrying Out the Invention
[0022] In order to clearly explain the technical solutions according to the embodiments or the prior art of the present invention, the following briefly introduces the drawings that need to be used in the description of the embodiments or the prior art. The drawings in the following description are only the embodiments of the present invention. For those skilled in the art, based on the provided drawings without creative effort, other drawings can also be obtained. The following combines the attached drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative effort belong to the protection scope of the present invention.
[0023] Referring to FIGS. 1a-1b of FIG. 1, the present invention discloses an electronic tag component capable of realizing vertical and horizontal screen displays by rotation and translation, including an electronic tag mounting part A, a connection slide part B, a multi-functional fitting part C, and an electronic tag mounting part A. The connection slide part B is sequentially connected to the multi-functional fitting part C.
[0024] Furthermore, the electronic tag mounting part A, the connection slide part B, and the multi-functional fitting part C are obtained by an injection molding method.
[0025] Specifically, as shown in reference figure 5, in order to more clearly show the component parts of the tag component, an exploded view of the overall structure was presented.
[0026] Furthermore, referring to 2a - 2b in Figure 2, the electronic tag attachment part A includes an electronic tag attachment part main body 1, an electronic tag attachment locking claw 2, a first rotating chute 3, a second rotating chute 4, a rotation center locking groove 5, a first position regulating locking part 6, a second position regulating locking part 7, a third position regulating locking part 8, a fourth position regulating locking part 9, a first spherical positioning locking groove 10, a second spherical positioning locking groove 11, a third spherical positioning locking groove 12, a fourth spherical positioning locking groove 13, a spherical locking part chute 14, and a rotation locking claw through hole 15. Here, the electronic tag attachment locking claw 2 is respectively provided at the top and bottom of the electronic tag attachment part main body 1. The first rotating chute 3 and the second rotating chute 4 are symmetrically provided in the diagonal direction of the electronic tag attachment part main body 1 and are used to limit the rotation locus of the connection slide part B. The first position regulating locking part 6 and the third position regulating locking part 8 are symmetrically provided at the top and bottom of the first rotating chute 3. The second position regulating locking part 7 and the fourth position regulating locking part 9 are symmetrically provided at the bottom and top of the second rotating chute 4. The first position regulating locking part 6, the third position regulating locking part 8, the second position regulating locking part 7, and the fourth position regulating locking part 9 are used to fix the connection slide part B. The rotation locking claw through hole 15 is located inside the first rotating chute 3 and the second rotating chute 4. The rotation center locking groove 5 is provided at the center position of the electronic tag attachment part main body 1 and the connection side of the connection slide part B. The spherical locking part chute 14 is located inside the rotation center locking groove 5. The first spherical positioning locking groove 10, the second spherical positioning locking groove 11, the third spherical positioning locking groove 12, and the fourth spherical positioning locking groove 13 are evenly provided on the outer periphery of the spherical locking part chute 14.
[0027] Furthermore, referring to FIGS. 3a - 3b, the connection slide portion B includes a connection slide portion main body 16, a first rotary locking claw 17, a second rotary locking claw 18, a rotary center locking claw 19, a first spherical locking portion 20, a second spherical locking portion 21, a third spherical locking portion 22, a fourth spherical locking portion 23, a first translational locking claw 24, a second translational locking claw 25, a first positioning locking claw 26, and a second positioning locking claw 27. Here, on the side connected to the attachment portion A of the connection slide portion main body 16, from top to bottom, the first rotary locking claw 17, the first spherical locking portion 20, the rotary center locking claw 19, the second spherical locking portion 21, and the second rotary locking claw 18 are sequentially provided. On the side connected to the multifunctional adapter portion C of the connection slide portion main body 16, at a position parallel to the first rotary locking claw 17, the first positioning locking claw 26, the first translational locking claw 24, the third spherical locking portion 22, the fourth spherical locking portion 23, the second translational locking claw 25, and the second positioning locking claw 27 are sequentially provided. The positions of the third spherical locking portion 22 and the fourth spherical locking portion 23 are respectively on both sides of the first rotary locking claw 17.
[0028] Furthermore, both the first rotary locking claw 17 and the second rotary locking claw 18 include a rotary locking claw large end 171 and a rotary locking claw small end 172.
[0029] Furthermore, referring to FIGS. 4a - 4b, the multi-functional fitting portion C includes a multi-functional fitting portion main body 28, a fifth spherical positioning locking groove 29, a sixth spherical positioning locking groove 30, a seventh spherical positioning locking groove 31, an eighth spherical positioning locking groove 32, a first spherical translation locking portion chute 33, a fifth position regulating locking portion 34, a sixth position regulating locking portion 35, a seventh position regulating locking portion 36, an eighth position regulating locking portion 37, a first translation chute 38, a second translation chute 39, a third translation chute 40, a fourth translation chute 41, a first translation locking claw through hole 42, a second translation locking claw through hole 43, and a second spherical translation locking portion chute 44. Here, the multi-functional fitting portion main body 28 is provided with the first translation chute 38, the third translation chute 40, the first translation locking claw through hole 42, the first spherical translation locking portion chute 33, the second translation locking claw through hole 43, the second spherical translation locking portion chute 44, the fourth translation chute 41, and the second translation chute 39 in sequence from left to right. The fifth position regulating locking portion 34 and the seventh position regulating locking portion 36 are respectively provided at the top and bottom of the first translation locking claw through hole 42. The sixth position regulating locking portion 35 and the eighth position regulating locking portion 37 are respectively provided at the top and bottom of the second translation locking claw through hole 43. The fifth spherical positioning locking groove 29 and the seventh spherical positioning locking groove 31 are respectively provided at the top and bottom of the first spherical translation locking portion chute 33. The sixth spherical positioning locking groove 30 and the eighth spherical positioning locking groove 32 are respectively provided at the top and bottom of the second spherical translation locking portion chute 44.
[0030] Specifically, the multi-functional fitting portion C can be designed with different structures according to the usage requirements of different scenarios.
[0031] Furthermore, the installation process is specifically as follows.
[0032] First, rotate the electronic tag mounting part A to a preset angle. The first rotation locking claw 17 and the second rotation locking claw 18 of the connection slide part B are mounted on the electronic tag mounting part A by rotating through the locking claw through-hole 15. The first rotation locking claw 17 and the second rotation locking claw 18 are wide at the upper stage and narrow at the lower stage. The diameter of the rotation locking claw through-hole 15 of the electronic tag mounting part A is larger than that of the first rotation locking claw 17 and the second rotation locking claw 18. The widths of the first rotation chute 3 and the second rotation chute 4 are larger than the small end 172 of the rotation locking claw and at the same time smaller than the large end 171 of the rotation locking claw, which limits to avoid the separation of the electronic tag mounting part A and the connection slide part B after installation. At the same time, the rotation center locking claw 19 of the connection slide part B generates elastic deformation by pressing and is locked in the rotation center locking groove 5 of the electronic tag mounting part A. At this time, the spherical locking part of the connection slide part B is in the spherical locking part chute 14 of the electronic tag mounting part A. By rotating the electronic tag mounting part A, the first spherical locking part 20 and the second spherical locking part 21 are locked in the first spherical positioning locking groove 10 and the second spherical positioning locking groove 11 of the electronic tag mounting part A. At the same time, the first rotation locking claw 17 and the second rotation locking claw 18 of the connection slide part B are locked in the first position regulating locking part 6 and the second position regulating locking part 7 of the electronic tag mounting part A, and the installation of the electronic tag mounting part A and the connection slide part B is completed.
[0033] The first translational locking claw 24 and the second translational locking claw 25 of the connection slide part B pass through the first translational locking claw through-hole 42 and the second translational locking claw through-hole 43 of the multi-functional fitting part C. At the same time, the first positioning locking claw 26 and the second positioning locking claw 27 of the connection slide part B are locked to the multi-functional fitting part C by the first translational chute 38 and the fourth translational chute 41 of the multi-functional fitting part C. At this time, the third spherical locking part 22 and the fourth spherical locking part 23 of the connection slide part B fall into the first spherical translational locking part chute 33 and the second spherical translational locking part chute 44 of the multi-functional fitting part C, and by moving up and down, the first translational locking claw 24, the second translational locking claw 25, the third spherical locking part 22, and the fourth spherical locking part 23 of the connection slide part B are respectively locked to the fifth position regulating and locking part 34, the sixth position regulating and locking part 35, the fifth spherical positioning and locking groove 29, and the sixth spherical positioning and locking groove 30 of the multi-functional fitting part C, and the attachment of the connection slide part B and the multi-functional fitting part C is completed.
[0034] Specifically, the rotation center locking groove 5, the first rotation chute 3, and the second rotation chute 4 of the electronic tag mounting part A are connected by the rotation center locking claw 19 of the connection slide part B to the first rotation locking claw 17 and the second rotation locking claw 18, and can rotate and slide relative to each other. The first translational locking claw 24, the second translational locking claw 25, the first positioning locking claw 26, and the second positioning locking claw 27 of the connection slide part B are connected by the first translational chute 38 and the third translational chute 40 of the multi-functional fitting part C to the second translational chute 39 and the fourth translational chute 41, and can translate and slide vertically relative to each other.
[0035] Specifically, the rotation angle is not a fixed value, and there may be multiple angles, and the range and distance of vertical translation may also be multi-stage.
[0036] The usage method of the electronic tag component capable of realizing the display of vertical and horizontal screens by rotation and translation is used for the electronic tag component capable of realizing the display of vertical and horizontal screens by rotation and translation described in any one of the above items, and includes the following.
[0037] First, lock the electronic tag locking claw of the electronic tag D to the electronic tag mounting locking claw 2 of the electronic tag mounting part A. At this time, the electronic tag D performs a landscape display.
[0038] The electronic tag D and the electronic tag mounting part A are integrated. In the initial state, the first rotation locking claw 17, the second rotation locking claw 18, the first spherical locking part 20, and the second spherical locking part 21 of the connection slide part B are respectively locked to the first position regulating locking part 6, the second position regulating locking part 7, the first spherical positioning locking groove 10, and the second spherical positioning locking groove 11 of the electronic tag mounting part A. Then, by rotating the electronic tag D, the first rotation locking claw 17, the second rotation locking claw 18, the first spherical locking part 20, and the second spherical locking part 21 of the connection slide part B receive force and disengage from the first position regulating locking part 6, the second position regulating locking part 7, the first spherical positioning locking groove 10, and the second spherical positioning locking groove 11 of the electronic tag mounting part A. At this time, the electronic tag D and the electronic tag mounting part A can freely rotate around the first rotation chute 3 and the second rotation chute 4. After rotating by a preset angle, the first rotation locking claw 17, the second rotation locking claw 18, the first spherical locking part 20, and the second spherical locking part 21 of the connection slide part B come into contact with the third position regulating locking part 8, the fourth position regulating locking part 9, the third spherical positioning locking groove 12, and the fourth spherical positioning locking groove 13 of the electronic tag mounting part A, and are rotated with force and dropped into the locking part locking groove. At this time, the landscape display is replaced by the portrait display.
[0039] Furthermore, it further includes that the attachment of the electronic tag attachment part A, the electronic tag D, and the connection slide part B is completed. The initial state is that the first translation locking claw 24, the second translation locking claw 25 of the connection slide part B and the third spherical locking part 22, the fourth spherical locking part 23 are respectively locked to the fifth position regulating and locking part 34, the sixth position regulating and locking part 35 of the multi-functional fitting part C and the fifth spherical positioning and locking groove 29, the sixth spherical positioning and locking groove 30. Then, by pressing down the electronic tag D, the first translation locking claw 24, the second translation locking claw 25 of the connection slide part B and the third spherical locking part 22, the fourth spherical locking part 23 are disengaged from the fifth position regulating and locking part 34, the sixth position regulating and locking part 35 of the multi-functional fitting part C and the fifth spherical positioning and locking groove 29, the sixth spherical positioning and locking groove 30. At this time, the first translation locking claw 24 and the second translation locking claw 25 can freely move in the third translation shoot 40 and the fourth translation shoot 41, and the third spherical locking part 22 and the fourth spherical locking part 23 can freely move in the first spherical translation locking part shoot 33 and the second spherical translation locking part shoot 44. Then, after moving downward by a preset distance, the first translation locking claw 24, the second translation locking claw 25 of the connection slide part B and the third spherical locking part 22, the fourth spherical locking part 23 come into contact with the seventh position regulating and locking part 36, the eighth position regulating and locking part 37 of the multi-functional fitting part C and the seventh spherical positioning and locking groove 31, the eighth spherical positioning and locking groove 32. At this time, strongly press down to drop into the locking part locking groove, and at this time, display it vertically and horizontally.
[0040] Specifically, the first rotation locking claw 17 of the connection slide part B is within the first rotation chute 3, the second rotation locking claw 18 is within the second rotation chute 4, the rotation center locking claw 19 is locked within the rotation center locking groove 5 of the electronic tag mounting part A, the first spherical locking part 20 and the second spherical locking part 21 can be locked within the first spherical positioning locking groove 10 and the second spherical positioning locking groove 11 or the third spherical positioning locking groove 12 and the fourth spherical positioning locking groove 13. The first translation locking claw 24 and the first positioning locking claw 26 of the connection slide part B are within the third translation chute 40 and the first translation chute 38 of the multi-functional fitting part C, the second translation locking claw 25 and the second positioning locking claw 27 are within the fourth translation chute 41 and the second translation chute 39, the third spherical locking part 22 and the fourth spherical locking part 23 are locked within the fifth spherical positioning locking groove 29 and the sixth spherical positioning locking groove 30 or the seventh spherical positioning locking groove 31 and the eighth spherical positioning locking groove 32 of the multi-functional fitting part C. The electronic tag mounting part A can realize the rotation function by the connection slide part B, and the connection slide part B can move up and down relative to the multi-functional fitting part C.
[0041] Specifically, referring to FIG. 6, it is a schematic diagram of the rotation and movement process of the electronic tag component. Referring to FIGS. 7, 8, and 9, they are specific applications of the electronic tag component. Here, a is the arrow hook, b is the arrow hook fitting plastic guide rail, c is the top cardboard hook, d is the cardboard hook, e is the bottom hook, and f is the bottom hook fitting plastic price display bar.
[0042] Each embodiment of this specification is described recursively. Each embodiment is mainly described with reference to the differences from other embodiments. For the same or similar parts between each embodiment, reference can be made to each other. The above description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Multiple modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention is not limited to these embodiments shown herein, but rather conforms to the broadest scope consistent with the principles and novel features disclosed herein.
Explanation of Reference Numerals
[0043] A - Electronic tag attachment part B - Connection slide part C - Multi-functional fitting part D - Electronic tag 1 - Electronic tag attachment part body 2 - Electronic tag attachment locking claw 3 - First rotating chute 4 - Second rotating chute 5 - Rotation center locking groove 6 - First position regulating locking part 7 - Second position regulating locking part 8 - Third position regulating locking part 9 - Fourth position regulating locking part 10 - First spherical positioning locking groove 11 - Second spherical positioning locking groove 12 - Third spherical positioning locking groove 13 - Fourth spherical positioning locking groove 14 - Spherical locking part chute 15 - Rotation locking claw through hole 16 - Connection slide part body 17 - First rotation locking claw 18 - Second rotation locking claw 19 - Rotation center locking claw 20 - First spherical locking part 21 - Second spherical locking part 22 - Third spherical locking part 23 - Fourth spherical locking part 24 - First translation locking claw 25 - Second translation locking claw 26 - First positioning locking claw 27 - Second positioning locking claw 171 - Large end of the rotation locking claw 172 - Small end of the rotation locking claw 28 - Multi-functional fitting part body 29 - Fifth spherical positioning locking groove 30 - Sixth spherical positioning locking groove 31 - Seventh spherical positioning locking groove 32 - Eighth spherical positioning locking groove 33 - First spherical translation locking part chute 34 - Fifth position regulating locking part 35 - Sixth position regulating locking part 36 - Seventh position regulating locking part 37 - Eighth position regulating locking part 38 - First translation chute 39 - Second translation chute 40 - Third translation chute 41 - Fourth translation chute 42 - First translation locking claw through hole 43 - Second translation locking claw through hole 44 - Second spherical translation locking part chute a - Arrow hook b - Arrow hook fitting plastic guide rail c - Top cardboard hook d - Cardboard hook e - Bottom hook f - Bottom hook fitting plastic price display bar
Claims
1. An electronic tag component capable of realizing vertical and horizontal screen display by rotation and translation, including an electronic tag mounting part (A), a connection slide part (B), and a multi-functional fitting part (C), and the electronic tag mounting part (A), the connection slide part (B), and the multi-functional fitting part (C) are sequentially connected An electronic tag component capable of realizing vertical and horizontal screen display by rotation and translation, characterized by the above.
2. The electronic tag mounting part (A), the connection slide part (B), and the multi-functional fitting part (C) are obtained by an injection molding method The electronic tag component according to Claim 1, capable of realizing vertical and horizontal screen display by rotation and translation.
3. The electronic tag attachment part (A) includes an electronic tag attachment part main body (1), an electronic tag attachment locking claw (2), a first rotating chute (3), a second rotating chute (4), a rotation center locking groove (5), a first position restricting locking part (6), a second position restricting locking part (7), a third position restricting locking part (8), a fourth position restricting locking part (9), a first spherical positioning locking groove (10), a second spherical positioning locking groove (11), a third spherical positioning locking groove (12), a fourth spherical positioning locking groove (13), and a spherical locking part chute (14), and a rotation locking claw through hole (15). Here, the electronic tag attachment locking claws (2) are respectively provided at the top and bottom of the electronic tag attachment part main body (1). The first rotating chute (3) and the second rotating chute (4) are symmetrically provided in the diagonal direction of the electronic tag attachment part main body (1) and are used to limit the rotation locus of the connection slide part (B). The first position restricting locking part (6) and the third position restricting locking part (8) are symmetrically provided at the top and bottom of the first rotating chute (3). The second position restricting locking part (7) and the fourth position restricting locking part (9) are symmetrically provided at the bottom and top of the second rotating chute (4). The first position restricting locking part (6), the third position restricting locking part (8), the second position restricting locking part (7), and the fourth position restricting locking part (9) are used to fix the connection slide part (B). The rotation locking claw through hole (15) is located inside the first rotating chute (3) and the second rotating chute (4). The rotation center locking groove (5) is provided at the center position of the electronic tag attachment part main body (1) and the connection side of the connection slide part (B). The spherical locking part chute (14) is located inside the rotation center locking groove (5). The first spherical positioning locking groove (10), the second spherical positioning locking groove (11), the third spherical positioning locking groove (12), and the fourth spherical positioning locking groove (13) are evenly provided on the outer periphery of the spherical locking part chute (14). An electronic tag component capable of realizing the display of vertical and horizontal screens by rotation and translation according to claim 1.
4. The connection slide part (B) includes a connection slide part main body (16), a first rotation locking claw (17), a second rotation locking claw (18), a rotation center locking claw (19), a first spherical locking part (20), a second spherical locking part (21), a third spherical locking part (22), a fourth spherical locking part (23), a first translation locking claw (24), a second translation locking claw (25), a first positioning locking claw (26), and a second positioning locking claw (27). Here, on the side connected to the attachment part (A) of the connection slide part main body (16), from top to bottom, the first rotation locking claw (17), the first spherical locking part (20), the rotation center locking claw (19), the second spherical locking part (21), and the second rotation locking claw (18) are sequentially provided. On the side connected to the multifunctional adapter part (C) of the connection slide part main body (16), at a position parallel to the first rotation locking claw (17), the first positioning locking claw (26), the first translation locking claw (24), the third spherical locking part (22), the fourth spherical locking part (23), the second translation locking claw (25), and the second positioning locking claw (27) are sequentially provided. The third spherical locking part (22) and the fourth spherical locking part (23) are respectively on both sides of the first rotation locking claw (17). The electronic tag component according to claim 1, capable of realizing the display of vertical and horizontal screens by rotation and translation.
5. Both the first rotation locking claw (17) and the second rotation locking claw (18) include a rotation locking claw large end (171) and a rotation locking claw small end (172). The electronic tag component according to claim 4, capable of realizing the display of vertical and horizontal screens by rotation and translation.
6. The multi-functional fitting part (C) includes a multi-functional fitting part main body (28), a fifth spherical positioning locking groove (29), a sixth spherical positioning locking groove (30), a seventh spherical positioning locking groove (31), an eighth spherical positioning locking groove (32), a first spherical translation locking part chute (33), a fifth position regulating locking part (34), a sixth position regulating locking part (35), a seventh position regulating locking part (36), an eighth position regulating locking part (37), a first translation chute (38), a second translation chute (39), a third translation chute (40), a fourth translation chute (41), a first translation locking claw through hole (42), a second translation locking claw through hole (43), and a second spherical translation locking part chute (44). Here, in the multi-functional fitting part main body (28), from left to right, the first translation chute (38), the third translation chute (40), the first translation locking claw through hole (42), the first spherical translation locking part chute (33), the second translation locking claw through hole (43), the second spherical translation locking part chute (44), the fourth translation chute (41), and the second translation chute (39) are sequentially provided. The fifth position regulating locking part (34) and the seventh position regulating locking part (36) are respectively provided at the top and bottom of the first translation locking claw through hole (42). The sixth position regulating locking part (35) and the eighth position regulating locking part (37) are respectively provided at the top and bottom of the second translation locking claw through hole (43). The fifth spherical positioning locking groove (29) and the seventh spherical positioning locking groove (31) are respectively provided at the top and bottom of the first spherical translation locking part chute (33). The sixth spherical positioning locking groove (30) and the eighth spherical positioning locking groove (32) are respectively provided at the top and bottom of the second spherical translation locking part chute (44). The electronic tag component according to claim 1, which can realize the display of vertical and horizontal screens by rotation and translation.
7. The installation process is First, rotate the electronic tag mounting part (A) to a preset angle. The first rotation locking claw (17) and the second rotation locking claw (18) of the connection slide part (B) are mounted on the electronic tag mounting part (A) through the rotation locking claw through hole (15). The first rotation locking claw (17) and the second rotation locking claw (18) are wide at the upper part and narrow at the lower part. The diameter of the rotation locking claw through hole (15) of the electronic tag mounting part (A) is larger than that of the first rotation locking claw (17) and the second rotation locking claw (18). The widths of the first rotation chute (3) and the second rotation chute (4) are larger than the small end (172) of the rotation locking claw and at the same time smaller than the large end (171) of the rotation locking claw, so as to limit and avoid the separation of the electronic tag mounting part (A) and the connection slide part (B) after installation. At the same time, the rotation center locking claw (19) of the connection slide part (B) generates elastic deformation by pressing and is locked in the rotation center locking groove (5) of the electronic tag mounting part (A). At this time, the spherical locking part of the connection slide part (B) is in the spherical locking part chute (14) of the electronic tag mounting part (A). By rotating the electronic tag mounting part (A), the first spherical locking part (20) and the second spherical locking part (21) are locked in the first spherical positioning locking groove (10) and the second spherical positioning locking groove (11) of the electronic tag mounting part (A). At the same time, the first rotation locking claw (17) and the second rotation locking claw (18) of the connection slide part (B) are locked in the first position regulating locking part (6) and the second position regulating locking part (7) of the electronic tag mounting part (A), and the installation of the electronic tag mounting part (A) and the connection slide part (B) is completed. The first translational locking claw (24) and the second translational locking claw (25) of the connection slide part (B) pass through the first translational locking claw through-hole (42) and the second translational locking claw through-hole (43) of the multi-functional fitting part (C). At the same time, the first positioning locking claw (26) and the second positioning locking claw (27) of the connection slide part (B) are locked to the multi-functional fitting part (C) by the first translational chute (38) and the fourth translational chute (41) of the multi-functional fitting part (C). At this time, the third spherical locking part (22) and the fourth spherical locking part (23) of the connection slide part (B) fall into the first spherical translational locking part chute (33) and the second spherical translational locking part chute (44) of the multi-functional fitting part (C), and by moving up and down, the first translational locking claw (24), the second translational locking claw (25), the third spherical locking part (22), and the fourth spherical locking part (23) of the connection slide part (B) are respectively locked to the fifth position regulating locking part (34), the sixth position regulating locking part (35), the fifth spherical positioning locking groove (29), and the sixth spherical positioning locking groove (30) of the multi-functional fitting part (C), and the attachment of the connection slide part (B) and the multi-functional fitting part (C) is completed. The electronic tag component according to claim 1, which can realize the display of vertical and horizontal screens by rotation and translation.